Effortless Century Os2031l Hvac Self Cooled Fan Motor - Os2031l Perfect Gift [UcfNB3G1]

Effortless Century Os2031l Hvac Self Cooled Fan Motor - Os2031l Perfect Gift [UcfNB3G1]

The Century OS2031L HVAC Self Cooled Fan Motor is a top-tier choice for those seeking reliability and efficiency in their HVAC systems. This high-performance motor is designed to meet the demanding requirements of modern HVAC applications. With its robust construction and advanced features, it stands out as a superior solution for various cooling and heating tasks.

• Split Phase Design ensures smooth operation and reduced noise levels, making it ideal for residential and commercial settings.
• 1/3 HP power rating delivers ample performance for a wide range of HVAC applications, from small to medium-sized systems.

Key Specifications and Features

The OS2031L is equipped with a variety of specifications that make it a versatile and reliable choice. Its 1725 RPM and 115 Volts operation provide efficient cooling and heating capabilities, while the 6.2 Amps and 60 Hz power requirements ensure compatibility with most standard electrical systems.

• Frame Size 56Z and ODP (Open Dripproof) enclosure type offer excellent protection against environmental elements.
• Reversible Rotation allows for flexible installation and adjustment to meet specific application needs.

Practical Applications and Benefits

The Century OS2031L HVAC Self Cooled Fan Motor is perfect for a variety of applications, including air conditioning units, heat pumps, and ventilation systems. Its Continuous Duty Cycle and B insulation class ensure reliable performance in demanding environments.

• With a Maximum Ambient Temperature of 40° C and a Service Factor (SF) of 1.00, this motor is built to withstand challenging conditions.
• Its possible substitute for various models, including A.O. Smith and GE, makes it a convenient and cost-effective solution for maintenance and upgrades.

This motor is an excellent choice for professionals and DIY enthusiasts alike, offering exceptional value and performance for HVAC applications.